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DLR CLASH Hand: Soft Gripper for Food Handling

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In the past few years, we have covered a whole host of soft robots capable of handling fragile items. The DLR CLASH Hand is a clever solution developed within the EU-Project Soma that can grasp various fruits and vegetables. It has variable stiffness which can be adapted to the items the hand is going to pick up.

The DLR CLASH hand - a soft gripper for commercial food handling

The CLASH hand has 3 fingers and 7 degrees of freedom. It is driven by 8 motors. The CLASH hand is made at a lower cost thanks to its modular design and 3D printed parts.

[Source]

Hexbug Robot Wars Arena for BattleBots Enthusiasts

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So you love battle bots? We have already covered a bunch of them you can buy to combat against your friends. The Hexbug Robot Wars Arena also helps. It comes with two remote control robots with customizable armor and weaponry for your battles.

MCPDriver Advanced Prosthetic Hand for Amputees

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Meet the MCPDriver: a versatile prosthetic hand from Naked Prosthetics that allows amputees to pick up and handle objects independently. It is custom designed to fit the wearer comfortably. It has a medical-grade nylon 12 and stainless steel construction.

KIST’s 3D Soft Robots That Act Like Living Creatures

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Here is a new 3D soft robot created by cutting and folding plastic films that is animated like living creatures. Dr. Sehyuk Yim in Korea Institute of Science and Technology (KIST) and his team invented addictive self-folding mechanism to connect all slices of the robot. They used the embedded tendons to create lifelike motion.

As Dr. Yim explains:

This result is very impactful, because soft robotics now widens its application areas beyond wearable robots and/or medical robots to the art and culture technologies in which the film and entertainment industries are interested. Also, merging the soft animatronics with emerging artificial intelligence will bring forth a wide range of changes on personal robots as well as human-robot interaction field

[HT]

KXR-L4T-R Turtle & Rover Robot Kit

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Meet the Kondo Kagaku Multi Legged Robot: a turtle robot that you can build and program using a simple motion software. You can also replace its legs with wheels to turn it into a rover. The kit consists of KRS-3302 ICS servos, 800 mAh Ni-MH battery, an Arduino shield, sensors, and everything you need to get started.

Skysense’s Autonomous Indoor Drone Surveillance System

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In the future, drones will be used indoors for surveillance. Skysense has already partnered with Avansig to develop such a system. The drone can complete its own patrol route in buildings and return to the charging pad when it needs to recharge.

Dogbot: Build Your Own Robot Dog

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We have seen plenty of cool robot dogs in the past few years, including a couple from Boston Dynamics. The Dogbot is an interesting project that shows what it takes to build your own for $1000. The DogBot has 3D printed components and MT5208 – 335KV Quantum brushless motors.

ibuki Child-like Robot Demo

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Here is another Android with a child-like design and natural movement that can help researches study human-robot interactions. ibuki was created by JST ERATO and Ishiguro Symbiotic Human-Robot Interaction Project. It has a simple mobile base to move around.

Demonstration of ibuki, a new child-like android [RAW VIDEO]

ステージ上をぐるぐる回るibuki

ibuki の表情の変化

The above videos show this robot in action.

[HT]

Artibo Educational Robot Kit from Cubroid

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Meet Artibo from Cubroid: a cute robot with image and voice recognition that can serve as your friendly companion. It can also be coded via drag & drop to teach your kids more about technology. The kit comes with AI & motor blocks wheels, and connectors.

OpenAI Teaches Robot Hands To Manipulate Objects with Amazing Dexterity

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Robots are getting better at handling items. We have already covered plenty of them using soft grippers and other mechanisms to handle fragile items of all shapes. OpenAI has taken it to the next level. It has trained a human-like robot hand to manipulate objects with amazing dexterity.

Learning Dexterity: Uncut

The Dactyl robot system was trained in simulation and can adapt to the real-world. Here is how it works:

Dactyl learns to solve the object reorientation task entirely in simulation without any human input… Dactyl was designed to be able to manipulate arbitrary objects, not just those that have been specially modified to support tracking. Therefore, Dactyl uses regular RGB camera images to estimate the position and orientation of the object.

More info is available here.

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